Introduction to unit and measurement, System of units, Measurement of length, Measurement of mass, Measurement of time, Dimensions and dimensional analysis, Accuracy, precision and uncertainty in measurements, Errors in measurement, Significant figures.

This is a basic chapter that clears your doubts about units, derived units, base units, a system of units, and much more. This chapter will explain to you how is the international system of units decided and what is the need for it.

Introduction to scalar and vectors, Vector analysis, Vector operations, Resolution of vectors, Multiplication of vectors, Introduction to calculus

Introduction to motion of objects, Rectilinear motion, Motion in two dimensions-motion in a plane, Uniform circular motion

This chapter you will learn about measuring motion in a plane as well as vector and scalar quantities. You will also get to learn about diagrammatic representation of derivative laws for the addition of vector and scalar quantities.

Introduction to mechanics, Aristotle's fallacy, Newton's laws of motion, Inertial and non-inertial frames of reference, Types of forces, work energy theorem, Principle of conservation of linear momentum, Collisions, Impulse of a force, Rotational analogue of a force moment of a force or torque, Couple and its torque, Mechanical equilibrium, Centre of mass, Centre of gravity.

As far as this chapter is concerned, students will learn about moving bodies and the factors that act on these bodies. Along with this, you will learn about the direction of these moving bodies & their corresponding motion.

Introduction, Kepler's law, Universal law of gravitation, Measurement of the gravitational constant (G), Acceleration due to gravity, Variation in the acceleration due to gravity with altitude, depth, latitude and shape, Gravitational potential and potential energy, Earth satellites

We all know that the objects get attracted to the earth. Thus, everyone is aware of the concepts in gravity and its effects and how it was discovered. However, in class 11 physics, this topic takes you in depths of the concepts related to gravitation.

Introduction, Elastic behaviour of solids, Stress and strain, Hooke's law, Elastic modulus, Stress-strain curve, Strain energy, Hardness, Friction in solids.

In this chapter, you will study the physical properties of solids like elasticity, plasticity, and many other things. This chapter goes in depth to reach fundamental concepts like tensile stress, compressive stress, tangential stress, tensile stress, etc.

Introduction to temperature properties, Temperature and heat, Measurement of temperature, Absolute temperature and Ideal gas equation, Thermal expansion, Specific heat capacity, Calorimetry, Change of state, Heat transfer, Newton's law of cooling.

This chapter will teach you the exact meaning of heat and how this heat is measured. There are various topics related to heat flow that will be discussed in this chapter. Some of the interesting daily life phenomena like why the wind reverses its direction, etc.

Introduction of sound waves, Common properties of all waves, Transverse waves and longitudinal waves, Mathematical expression of a wave, The speed of traveling waves, Principle of superposition of waves, Echo, Reverberation and Acoustics, Qualities of sound, Doppler effect.

Introduction to light, Nature of light, Ray optics or geometrical optics, Reflection, Refraction, Total internal reflection, Refraction at spherical surface and lenses, Dispersion of light and prisms, Some natural phenomena due to sunlight, Defects of lenses (aberrations of optical images), Optical instruments

Introduction, Electric charges, Basic properties of electric charge, Coulomb's law, Principle of superposition, Electric field, Electric flux, Gauss' law, Electric dipole, Continuous charge distribution.

Introduction, Electric current, Flow of current through a conductor, Drift speed, Ohm's law, Limitations of Ohm's law, Electrical energy and power, Resistors, Specific resistance (Resistivity), Variation of resistance with temperature, Electromotive force (emf), Cells in series, Cells in parallel, Types of cells.

Introduction, Magnetic lines of force and magnetic field, The bar magnet, Gauss' law of magnetism, Earth's magnetism.

Introduction, EM wave, Electromagnetic spectrum, Propagation of EM waves, Introduction to communication system, Modulation

Introduction to semiconductors, Electrical conduction in solids, Band theory of solids, Intrinsic semiconductor, Extrinsic semiconductors, p-n junction, A p-n junction diode, semiconductor devices, Applications of semiconductors and p-n junction diode, Thermistor.